Skip to content
Autonomous truck transporting containers at Magna
Inovatica AGV · transport automation

AGV trucks and AMR robots for manufacturing and warehouses.

We select robots for your process and integrate them with the software and systems that keep materials moving.

Matched to your processSystems integrationSupport after commissioning
Choose an application

The right robot
for your process.

From pallet and container transport to rack handling.

All robots
Inovatica AGV software

Plan your fleet.
Manage daily operations.

All software
AGV Sim — 3D warehouse model with racks, workstations and transport routes Example simulation scenario
01 · Before deployment

AGV Sim

Model your warehouse, define routes and transport tasks. Compare fleet configurations and estimate the number of robots needed to achieve the required throughput.

Explore AGV Sim
Fleet Manager demo view: site map, robot routes and task list Fleet Manager demo view
02 · In daily operation

Inovatica Fleet Manager

The system assigns tasks and coordinates AGV and AMR traffic. Track positions, statuses and alerts in one place, and analyse completed moves and fleet utilisation.

Explore Fleet Manager
Working together, step by step

From the first conversation
to the first automated delivery.

How we deploy AGVs
01 · Analysis

Understanding your process

02 · Design

Selecting your robots

03 · Preparation

Planning routes and traffic

04 · Integration

Connecting systems

05 · Commissioning

Putting your fleet to work

Calculators · initial estimates

Estimate your fleet size and ROI.

Before your first discussion

Before you deploy.

Load, route, cost. The starting points for choosing AGVs and AMRs.

Explore our experience
What do AGVs and AMRs do?

They carry out internal transport tasks: moving pallets and containers, supplying production lines and collecting finished goods. Vehicle selection depends on the load carrier and how it is picked up. Floor-level transport, rack storage and platform transport need different solutions.

Which process should you automate first?

Frequent, repeatable trips between defined points are good candidates. We assess peak-hour demand, waiting times, drop-off availability and other vehicle traffic. The industry alone does not determine the right robot.

Explore AGV applications
What determines deployment cost and payback?

Costs include the robots, software, integration, site preparation and system maintenance. Benefits depend on actual transport volumes, shift patterns and the cost of the current process. A calculator provides an initial estimate; a project needs site-specific data.

What should you prepare for a deployment assessment?

Prepare a floor plan with pickup and delivery points, carrier photos and dimensions, load weights and hourly transport demand. Include shift patterns, floor conditions, crossings and the WMS, MES or ERP systems that will exchange transport tasks.

Let’s find the right solution for your process.

Tell us about your loads and routes. We will help you plan the next step.